Nice. I wish I could see all the metrics per battery.. The Ruixu packs use LIB protocol for my setup and the Solar Assistant driver for that protocol is bare bones.. One value for voltage and current for the entire stack, no temps either.
Maybe I would have to run my 10 405W Longi's in a 10s configuration... would be about 400V 13A max... for one MPPT though.
Early morning would be ~180V and typical mid-day would be 360V where I am..
Hmmm, this has me reconsidering the 6k Luxpower now...
I have a variant of the Voltronic 6548 with the 250VOC capability. I only really have room for 2 strings of 5 405W Longi Panels and they seem to sit at 90-ish volts until the full sun comes through.
This 100v limit makes me think the...
FSP connectors from Futronics. part number: FSP800160TZ-25U1A1K 2384
125A rated, up to 25 mm2 cable (~3 AWG)
Something like this... https://www.metabee.com/waterproof-energy-storage-connector-right-angle-125a-orange-25mm2-unshielded-cable-z-key-id20220600044.html
The SOC may deviate if you ever have a load of less than 0.5A per battery.. Any time less than that will not be recorded as consumption by the BMS. So if you left the inverter on idle for a week, without solar input, the batteries would die with 99% SOC indicated.
They are made by Futronics, (http://futronicsconnector.com/list_14/81.html)..
They seem to be selling them here: https://www.metabee.com/waterproof-energy-storage-connector-right-angle-125a-orange-25mm2-unshielded-cable-z-key-id20220600044.html
Almost ordered but really my system is hobbiest level and I only need 1500-2000W top up slowly in the winter so decided this was overkill (wont have a generator)..
I just picked up a 1500W 60V power supply for $250 to top up when needed.